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Flue Gas Desulphurisation Plants

Flue Gas Desulphurisation Plants

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Isalnita

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BU_IS_01

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

BU_IS_02

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

BU_IS_03

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

BU_IS_04

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

BU_IS_05

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

BU_IS_06

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

BU_IS_07

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

BU_IS_08

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

BU_IS_09

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

BU_IS_10

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

BU_IS_11

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

Scope of Supply:

Engineering, Construction, Delivery, Erection and Commissioning of two Flue Gas Desulfurization Plants consisting of diverter dampers between existing stack and FGD, Absorber with Stack placed directly on top, Flue Gas Ductwork, Steel Construction, powdered Limestone Storage, incl. pneumatic Unloading, Gypsum Slurry Ring Main to Client’s Dense Slurry System.

Date of Order: August 2011


Technical Data:

Number of Boilers: 2
Unit Output: 2x315 MW
Flue Gas Flow per Unit: 2.080.000 m³/h
Fuel: Lignite
SO2-Inlet Concentration 6.172 mg/m³ STP dry
Required SO2- Removal: >97.4 %
Achieved SO2 – Removal ca. 98,5 %
Number of Absorbers: 2


Date of Start Up:

FGD Boiler 7: June 2014
FGD Boiler 8: June 2014


Client:

Societatea Complexul energetic Oltenia S.A.
Sucursala Electrocentrale Işaliţa
Str. Mihai Viteazu Nr. 101
RO - 207340 Işaliţa / Jud. Dolj.
Romania

Moorburg

Moorburg show reference
BU_HM_01

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of Absorber with Stack directly on top, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order: March 2006

Technical Data:

Number of Units: 2
Unit Output: 820 MW
Flue Gas Flow Rate per Unit: 2.276.000 Nm3/h
Fuel: Hard Coal
SO2 - inlet concentration: 3.950 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1 per Unit

Date of Start-up

Block A: August 2011
Block B: February 2012

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_HM_02

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of Absorber with Stack directly on top, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order: March 2006

Technical Data:

Number of Units: 2
Unit Output: 820 MW
Flue Gas Flow Rate per Unit: 2.276.000 Nm3/h
Fuel: Hard Coal
SO2 - inlet concentration: 3.950 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1 per Unit

Date of Start-up

Block A: August 2011
Block B: February 2012

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_HM_03

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of Absorber with Stack directly on top, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order: March 2006

Technical Data:

Number of Units: 2
Unit Output: 820 MW
Flue Gas Flow Rate per Unit: 2.276.000 Nm3/h
Fuel: Hard Coal
SO2 - inlet concentration: 3.950 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1 per Unit

Date of Start-up

Block A: August 2011
Block B: February 2012

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_HM_04

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of Absorber with Stack directly on top, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order: March 2006

Technical Data:

Number of Units: 2
Unit Output: 820 MW
Flue Gas Flow Rate per Unit: 2.276.000 Nm3/h
Fuel: Hard Coal
SO2 - inlet concentration: 3.950 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1 per Unit

Date of Start-up

Block A: August 2011
Block B: February 2012

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_HM_05

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of Absorber with Stack directly on top, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order: March 2006

Technical Data:

Number of Units: 2
Unit Output: 820 MW
Flue Gas Flow Rate per Unit: 2.276.000 Nm3/h
Fuel: Hard Coal
SO2 - inlet concentration: 3.950 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1 per Unit

Date of Start-up

Block A: August 2011
Block B: February 2012

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_HM_06

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of Absorber with Stack directly on top, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order: March 2006

Technical Data:

Number of Units: 2
Unit Output: 820 MW
Flue Gas Flow Rate per Unit: 2.276.000 Nm3/h
Fuel: Hard Coal
SO2 - inlet concentration: 3.950 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1 per Unit

Date of Start-up

Block A: August 2011
Block B: February 2012

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_HM_07

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of Absorber with Stack directly on top, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order: March 2006

Technical Data:

Number of Units: 2
Unit Output: 820 MW
Flue Gas Flow Rate per Unit: 2.276.000 Nm3/h
Fuel: Hard Coal
SO2 - inlet concentration: 3.950 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1 per Unit

Date of Start-up

Block A: August 2011
Block B: February 2012

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

 

Scope of Supply
Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of Absorber with Stack directly on top, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order: March 2006

Technical Data
Number of Units:2
Unit Output:820 MW
Flue Gas Flow Rate per Unit:2.276.000 Nm3/h
Fuel:Hard Coal
SO2 - inlet concentration:3.950 mg/Nm3, tr.
Required SO2-removal:97,5 %
Number of absorbers:1 per Unit

Date of Start-up
Block A: August 2011
Block B:February 2012

Client

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

 

Schwarze Pumpe

Schwarze Pumpe show reference
BU_OF_01

Babcock Noell supplied the flue gas desulphurization system for the pilot plant for the development of a carbon dioxide low power plant at “Schwarze Pumpe”, Germany.

In the carbon dioxide free power plants planned for the future the combustion is conducted with pure oxygen. After desulphurization with the flue gas desulphurization system (FDG) supplied by Babcock Noell exhausted gas predominantly consists of carbon dioxide, that is supposed to be separated and stored to the most possible extend.

The FGD has to meet very high demands: with an inlet concentration of sulphur dioxide of 11,500 mg/m³ in dry standard reference conditions a separation efficiency of 99 percent has to be obtained.

The construction and the operation take place on the basis of a technology partnership with Vattenfall. Thus Babcock Noell ensures the necessary experiences in the construction of flue gas desulphurization systems in prospective large power plants on this technology basis.

Technical data:

Boiler output: 30 MW
Fuel: lignite coal, hard coal
SO2 - inlet concentration: 11.500 mg/m³, i.N. dry
SO2 - removal 99%
CO2 - removal > 90 % - 9 t/h CO2

BU_OF_02

Babcock Noell supplied the flue gas desulphurization system for the pilot plant for the development of a carbon dioxide low power plant at “Schwarze Pumpe”, Germany.

In the carbon dioxide free power plants planned for the future the combustion is conducted with pure oxygen. After desulphurization with the flue gas desulphurization system (FDG) supplied by Babcock Noell exhausted gas predominantly consists of carbon dioxide, that is supposed to be separated and stored to the most possible extend.

The FGD has to meet very high demands: with an inlet concentration of sulphur dioxide of 11,500 mg/m³ in dry standard reference conditions a separation efficiency of 99 percent has to be obtained.

The construction and the operation take place on the basis of a technology partnership with Vattenfall. Thus Babcock Noell ensures the necessary experiences in the construction of flue gas desulphurization systems in prospective large power plants on this technology basis.

Technical data:

Boiler output: 30 MW
Fuel: lignite coal, hard coal
SO2 - inlet concentration: 11.500 mg/m³, i.N. dry
SO2 - removal 99%
CO2 - removal > 90 % - 9 t/h CO2

BU_OF_03

Babcock Noell supplied the flue gas desulphurization system for the pilot plant for the development of a carbon dioxide low power plant at “Schwarze Pumpe”, Germany.

In the carbon dioxide free power plants planned for the future the combustion is conducted with pure oxygen. After desulphurization with the flue gas desulphurization system (FDG) supplied by Babcock Noell exhausted gas predominantly consists of carbon dioxide, that is supposed to be separated and stored to the most possible extend.

The FGD has to meet very high demands: with an inlet concentration of sulphur dioxide of 11,500 mg/m³ in dry standard reference conditions a separation efficiency of 99 percent has to be obtained.

The construction and the operation take place on the basis of a technology partnership with Vattenfall. Thus Babcock Noell ensures the necessary experiences in the construction of flue gas desulphurization systems in prospective large power plants on this technology basis.

Technical data:

Boiler output: 30 MW
Fuel: lignite coal, hard coal
SO2 - inlet concentration: 11.500 mg/m³, i.N. dry
SO2 - removal 99%
CO2 - removal > 90 % - 9 t/h CO2

BU_OF_04

<p>Babcock Noell supplied the flue gas desulphurization system for the pilot plant for the development of a carbon dioxide low power plant at “Schwarze Pumpe”, Germany.</p>
<p>In the carbon dioxide free power plants planned for the future the combustion is conducted with pure oxygen. After desulphurization with the flue gas desulphurization system (FDG)&nbsp;supplied by Babcock Noell exhausted gas predominantly consists of carbon dioxide, that is supposed to be separated and stored to the most possible extend.</p>
<p>The FGD has to meet very high demands: with an inlet concentration of sulphur dioxide of 11,500 mg/m³ in dry standard reference conditions a separation efficiency of 99 percent has to be obtained.</p>
<p>The construction and the operation take place on the basis of a technology partnership with Vattenfall. Thus Babcock Noell ensures the necessary experiences in the construction of flue gas desulphurization systems in prospective large power plants on this technology basis.</p>
<p><strong>Technical data:</strong></p>
<p>Boiler output: 30 MW<br />Fuel: lignite coal, hard coal<br />SO<sub>2</sub> - inlet concentration: 11.500 mg/m³, i.N. dry<br />SO<sub>2</sub> - removal 99%<br />CO<sub>2</sub> - removal &gt; 90 % - 9 t/h CO<sub>2</sub></p>
<p><sub></sub></p>

BU_OF_05

Babcock Noell supplied the flue gas desulphurization system for the pilot plant for the development of a carbon dioxide low power plant at “Schwarze Pumpe”, Germany.

In the carbon dioxide free power plants planned for the future the combustion is conducted with pure oxygen. After desulphurization with the flue gas desulphurization system (FDG) supplied by Babcock Noell exhausted gas predominantly consists of carbon dioxide, that is supposed to be separated and stored to the most possible extend.

The FGD has to meet very high demands: with an inlet concentration of sulphur dioxide of 11,500 mg/m³ in dry standard reference conditions a separation efficiency of 99 percent has to be obtained.

The construction and the operation take place on the basis of a technology partnership with Vattenfall. Thus Babcock Noell ensures the necessary experiences in the construction of flue gas desulphurization systems in prospective large power plants on this technology basis.

Technical data:

Boiler output: 30 MW
Fuel: lignite coal, hard coal
SO2 - inlet concentration: 11.500 mg/m³, i.N. dry
SO2 - removal 99%
CO2 - removal > 90 % - 9 t/h CO2

BU_OF_06

Babcock Noell supplied the flue gas desulphurization system for the pilot plant for the development of a carbon dioxide low power plant at “Schwarze Pumpe”, Germany.

In the carbon dioxide free power plants planned for the future the combustion is conducted with pure oxygen. After desulphurization with the flue gas desulphurization system (FDG) supplied by Babcock Noell exhausted gas predominantly consists of carbon dioxide, that is supposed to be separated and stored to the most possible extend.

The FGD has to meet very high demands: with an inlet concentration of sulphur dioxide of 11,500 mg/m³ in dry standard reference conditions a separation efficiency of 99 percent has to be obtained.

The construction and the operation take place on the basis of a technology partnership with Vattenfall. Thus Babcock Noell ensures the necessary experiences in the construction of flue gas desulphurization systems in prospective large power plants on this technology basis.

Technical data:

Boiler output: 30 MW
Fuel: lignite coal, hard coal
SO2 - inlet concentration: 11.500 mg/m³, i.N. dry
SO2 - removal 99%
CO2 - removal > 90 % - 9 t/h CO2

Babcock Noell supplied the flue gas desulphurization system for the pilot plant for the development of a carbon dioxide low power plant at “Schwarze Pumpe”, Germany.

In the carbon dioxide free power plants planned for the future the combustion is conducted with pure oxygen. After desulphurization with the flue gas desulphurization system (FDG) supplied by Babcock Noell exhausted gas predominantly consists of carbon dioxide, that is supposed to be separated and stored to the most possible extend.

The FGD has to meet very high demands: with an inlet concentration of sulphur dioxide of 11,500 mg/m³ in dry standard reference conditions a separation efficiency of 99 percent has to be obtained.

The construction and the operation take place on the basis of a technology partnership with Vattenfall. Thus Babcock Noell ensures the necessary experiences in the construction of flue gas desulphurization systems in prospective large power plants on this technology basis.

Technical data:

Boiler output: 30 MW
Fuel: lignite coal, hard coal
SO2 - inlet concentration: 11.500 mg/m³, i.N. dry
SO2 - removal 99%
CO2 - removal > 90 % - 9 t/h CO2

Boxberg

Boxberg show reference
BU_BX_01

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_BX_02

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_BX_03

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_BX_04

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_BX_05

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_BX_06

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_BX_07

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_BX_08

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_BX_09

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_BX_10

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

BU_BX_11

Scope of Supply:

Engineering, Construction, Delivery, Construction and Start-up of a Flue Gas Desulfurization Plant consisting of: Absorber, Flue Gas Ductwork, Steel Construction, Lime Stone Supply, Gypsum Dewatering

Date of Order October 2005

Technical Data:

Unit Output: 670 MW
Flue Gas Flow Rate: 2.600.000 Nm3/h
Fuel: lignite coke
SO2-inlet concentration: 8.400 mg/Nm3, tr.
Required SO2-removal: 97,5 %
Number of absorbers: 1

Date of Start-up:

January 2010 - February 2011

Client:

Vattenfall Europe Generation AG
Vom-Stein-Strasse 39
D- 03050 Cottbus

Contact

Rita Nowag

Rita Nowag

Rita Nowag

Head of Sales
Babcock Noell GmbH
Alfred Nobel-Str. 20
97080 Würzburg

Phone: +49 931 903-3140
Fax: +49 931 903-3001